The program of lectures
Week Lectures
1 Basic concepts. Hydraulic circuit: structure, function diagrams. Basic
hydraulic circuits.
2 Basics of the theory of hydraulic circuits.
3 Hydraulic fluids.
4 Hydraulic pumps and motors.
5 Directional control valves. Check valves. Flow conrol valves. Pressure control valves. Accumulators.
6 Proportional technology and servo technology.
7 Hydraulic power: structure, characteristics, control, application.
8 Pneumatic actuators and pneumatic control systems of machines.
9 Principles of operation, maintenance and diagnostics of hydraulic and pneumatic
mechanisms.
Program of exercises and seminars + individual students' work
Week Refill exercises and seminars
1 Review of Fluid mechanics.
2 Graphic symbols of the elements.
3 Scheme of hydraulic circuits. Test No. 1: Graphic symbols of the elements. To test
can receive up to 10 points.
4 Calculation of the hydraulic circuit in the steady state.
5 Calculation of pressure and flow losses: Project No. 1 Calculation of pressure
losses in the circuit. The project can receive up to 10 points.
6 Project No. 2 Measurement of p-Q characteristics of the pump. The project
can receive up to 7 points. Project No. 3 Measurement characteristics of the valve. For
project can receive up to 7 points.
7 Circuits with flow control valves.
8 Types of pneumatic circuits - use of stand.
9 Credits
List of questions to test
1 Calculation of pressure losses in the circuit.
2 Fluids for hydraulic circuits: the properties
3 Fluids for hydraulic circuits: types of liquids, use
4 Hydraulic gear pumps, vane pumps.
5 Radial piston pumps, axial piston pumps.
6 Hydraulic cylinders. Seals of cylinders.
7 Directional control valves. Check valves.
8 Flow conrol valves. Pressure control valves.
9 Hydraulic accumulators, application in circuits.
10 Proportional technology.
11 Servo technology.
12 Filter and filtration technology.
13 Hydraulic drive of machines: structure of drive, steady-state drive, acceleration and braking of drive.
14 Pneumatic circuits: resources, treatment and distribution of compressed air.
15 Pneumatic circuits: control of motors, control systems.
Week Lectures
1 Basic concepts. Hydraulic circuit: structure, function diagrams. Basic
hydraulic circuits.
2 Basics of the theory of hydraulic circuits.
3 Hydraulic fluids.
4 Hydraulic pumps and motors.
5 Directional control valves. Check valves. Flow conrol valves. Pressure control valves. Accumulators.
6 Proportional technology and servo technology.
7 Hydraulic power: structure, characteristics, control, application.
8 Pneumatic actuators and pneumatic control systems of machines.
9 Principles of operation, maintenance and diagnostics of hydraulic and pneumatic
mechanisms.
Program of exercises and seminars + individual students' work
Week Refill exercises and seminars
1 Review of Fluid mechanics.
2 Graphic symbols of the elements.
3 Scheme of hydraulic circuits. Test No. 1: Graphic symbols of the elements. To test
can receive up to 10 points.
4 Calculation of the hydraulic circuit in the steady state.
5 Calculation of pressure and flow losses: Project No. 1 Calculation of pressure
losses in the circuit. The project can receive up to 10 points.
6 Project No. 2 Measurement of p-Q characteristics of the pump. The project
can receive up to 7 points. Project No. 3 Measurement characteristics of the valve. For
project can receive up to 7 points.
7 Circuits with flow control valves.
8 Types of pneumatic circuits - use of stand.
9 Credits
List of questions to test
1 Calculation of pressure losses in the circuit.
2 Fluids for hydraulic circuits: the properties
3 Fluids for hydraulic circuits: types of liquids, use
4 Hydraulic gear pumps, vane pumps.
5 Radial piston pumps, axial piston pumps.
6 Hydraulic cylinders. Seals of cylinders.
7 Directional control valves. Check valves.
8 Flow conrol valves. Pressure control valves.
9 Hydraulic accumulators, application in circuits.
10 Proportional technology.
11 Servo technology.
12 Filter and filtration technology.
13 Hydraulic drive of machines: structure of drive, steady-state drive, acceleration and braking of drive.
14 Pneumatic circuits: resources, treatment and distribution of compressed air.
15 Pneumatic circuits: control of motors, control systems.